KR102554399B1 - Scale collection device with corrosion inhibiting function - Google Patents

Abstract

The present invention is a scale that can effectively remove scale contained in water flowing along the internal flow path by installing a scale collector having a magnet on the inlet side through which water flows and installing a built-in magnetizer having a magnet on the inner flow path. It is about a collection device,
An inlet is formed at one end, an outlet is formed at the other end, and a piping part in which an insertion hole connected to the internal flow path protrudes on one side of the outer circumferential surface, a scale collecting part coupled to the insertion hole and collecting scale with magnetic force, and , It is characterized in that it is configured to include a built-in magnetization unit that is entirely inserted into the inner passage of the pipe part to magnetize water for the purpose of preventing corrosion of the pipe and suppressing the occurrence of scale, and at the same time collecting scale with magnetic force.

Description

Scale collection device with corrosion inhibiting function}

The present invention relates to a scale collecting device having a corrosion inhibiting function, and more particularly, to effectively remove scale contained in water by installing a scale collecting unit having a magnet on the inlet side through which water is introduced, and The present invention relates to a scale collecting device having a corrosion inhibiting function in which a built-in magnetization unit having a magnet is installed in a flow path so that water flowing along the inner flow path is magnetized to suppress corrosion.

In general, pipes installed for supplying water to homes or factories are mainly made of metal materials such as iron or copper, which can cause corrosion due to chemical reactions with chlorine ions contained in water. , Scale may be created due to the fixation of mineral components such as magnesium, calcium, sodium, and potassium.

This scale not only deteriorates the quality of water, but also accelerates corrosion while being fixed inside the pipe, and as the scale gradually increases, it not only obstructs the smooth flow of water but also continuously generates a large amount of rust.

Therefore, it is necessary to perform periodic management of the pipe to remove scale adhered to the inside, and in the process, for the purpose of enabling more efficient work, “Pipe Scale Remover” of Republic of Korea Patent Publication No. 10-1334807 and Republic of Korea Patent Registration No. 10-1705845 has proposed and published inventions such as “piping scale removal device”.

That is, in the “piping scale remover” of Korean Patent Registration No. 10-1334807, a fitting plate is mounted on a horizontal rotation shaft rotating at high speed, and flexible wires are fixed in different directions to the fitting plate, so that the horizontal rotation shaft rotates. When the radius of rotation of the flexible wire is automatically expanded to fit the diameter of the pipe, the present invention relates to an apparatus for removing scale, which is configured to be applied to pipes of various diameters.

In addition, in the Korean Patent Registration No. 10-1705845, the “piping scale removal device” moves smoothly not only in the straight section of the pipe but also in the curved section, removing the scale adhered to the inside or limiting the movement by idling in place. An invention related to a scale removal purpose device configured to be able to remove scale has been proposed.

However, since the devices for descaling purposes proposed by the above-mentioned prior inventions and other prior inventions can be said to be devices for professionals specializing in descaling, they are generally likely to be equipped and used in homes or small and medium-sized businesses. can be said to be very low.

Therefore, at home or small and medium-sized businesses, it is necessary to periodically ask an expert for pipe management or replace the old pipe with a new one, but there is a problem in that a lot of cost is incurred depending on the size of the pipe installed.

That is, as a result, it can be said that the most efficient use of a scale collection device or a scale removal device that can collect scale contained in water and prevent sticking inside the pipe, and reflects this reality to make more efficient scale The development of a device for collecting or removing scale is required.

Republic of Korea Patent Registration No. 10-1334807 (2013. 11. 25) Republic of Korea Patent Registration No. 10-1705845 (2017. 02. 06)

The scale collecting device having a corrosion inhibiting function according to the present invention,

Since the devices for professionals proposed by the above prior inventions are difficult to use at home or in small and medium-sized businesses, they are in a form that can prevent sticking inside the pipe by collecting scale contained in water. An object of the present invention is to propose a scale collecting device or a scale removing device that is more improved than before.

In order to achieve the above object, the present invention

An inlet is formed at one end, an outlet is formed at the other end, and an insertion port connected to the internal flow path is protruded from one side of the outer circumferential surface; a scale collecting unit coupled to the insertion port and collecting scale by magnetic force; And, a built-in magnetizer that is entirely inserted and installed into the inner passage of the pipe part to magnetize water for the purpose of preventing corrosion of the pipe and suppressing scale generation, and at the same time collecting scale with magnetic force; We present a scale collection device that combines a corrosion inhibiting function, characterized in that configured to include.

At this time, the scale collecting unit lid installed in the insertion port of the pipe; A plurality of cylindrical parts formed in a cylindrical shape with a hollow inside along the longitudinal direction and spaced apart from each other at the lower end of the lid; And, a plurality of magnetic bodies installed one by one in the inner hollow of the cylindrical portion; It is characterized in that it is configured to include.

In addition, the built-in magnetization unit includes an outer ring in which a plurality of fastening holes are formed at regular intervals, an inner ring in which a through hole is formed in the center, and a plurality of supports formed radially and connecting the outer ring and the inner ring. a pair of fixtures; A plurality of magnetic rods formed at regular intervals from each other and fixedly installed between the pair of fixtures using fastening holes; And, the screw-shaped vortex forming portion is composed of a cylindrical shape formed on a part of the outer circumferential surface, characterized in that it is configured to include a center rod installed in a form that simultaneously passes through each of the through-holes of the pair of fixtures.

The scale collecting device having a corrosion inhibiting function according to the present invention,

By installing a scale collection unit at the entrance of the piping used for piping and installing a built-in magnetization unit inside, the scale included in the water is efficiently collected over the second time and at the same time, the water is softened to suppress the occurrence of scale. effect occurs.

In addition, according to the present invention, the scale collected in the cylindrical part is easily removed by separating the magnetic material from the cylindrical part of the scale collecting part, and the effect of simple management that can be immediately reused occurs.

1 is an exemplary view showing an embodiment of a piping part constituting a scale collecting device having a corrosion inhibiting function according to the present invention.
2 is an exemplary view showing another embodiment of the piping unit;
3 is an exemplary view showing still another embodiment of the piping unit;
4A and 4B are exemplary views showing an embodiment of a scale collecting unit constituting a scale collecting device having a corrosion inhibiting function according to the present invention.
5 is an exemplary view showing a state in which the scale collecting unit is installed in a pipe;
6 is an exemplary view showing another embodiment of the scale collecting unit;
7 is a front view of a fixture, which is a component of a built-in magnetizer constituting a scale collecting device having a corrosion inhibiting function according to the present invention.
8A is a perspective view of a state in which the built-in magnetization unit is separated;
8B is a perspective view illustrating an assembled state of the built-in magnetization unit;
9 is an exemplary view showing an embodiment in which the built-in magnetization unit is inserted into a pipe unit;
10A and 10B are exemplary diagrams illustrating another embodiment in which the built-in magnetizer is inserted and installed in a pipe part.

The present invention relates to a scale collecting device having a corrosion inhibiting function,

An inlet is formed at one end, an outlet is formed at the other end, and an insertion port 101 connected to the internal flow path protrudes from one side of the outer circumferential surface (100); A scale collecting unit 110 coupled to the insertion hole 101 and collecting scale by magnetic force; And, a built-in magnetizer 120 that is entirely inserted into the inner flow path of the pipe part 100 to magnetize water for the purpose of preventing corrosion of the pipe and suppressing the generation of scale, and at the same time collecting scale with magnetic force; It is characterized in that it is configured to include.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First, as shown in FIG. 1, the pipe part 100 is a pipe-shaped structure constituting a partial section of the pipe line, an inlet is formed at one end, an outlet is formed at the other end, and one side of the outer circumferential surface It is characterized in that the insertion hole 101 leading to the internal passage is configured in a protruding shape.

That is, the pipe part 100 is installed along with other pipes having the same diameter when a section of an already installed pipe line is removed and installed instead or when a pipe line is newly installed to form a path through which water flows. can fulfill its role.

At this time, the pipe part 100 is preferably installed in a form in which the insertion hole 101 protrudes from one side of the outer circumferential surface and is located at the center of the upper end, but depending on the position where the pipe line is installed or the relationship with other pipe lines It can also be installed in other forms for practical purposes.

That is, the pipe part 100 may be installed with the insertion hole 101 tilted in either direction, but the insertion hole 101 is installed horizontally or tilted downward because of the possibility of water leakage. It is preferable to avoid it.

At this time, the pipe part 100 may be integrally configured as shown in FIG. 1, but as shown in FIG. 2, the front end 100a including the insertion hole 101 and the insertion hole 101 are not included. By being configured separately as a rear end (100b), it is possible to facilitate transport to the site and management after installation compared to an integrated configuration.

That is, when the pipe part 100 is configured as an integral type, a burden may be generated in the transfer in terms of weight, and a manager for the purpose of managing and inspecting the built-in magnetizer 120 inserted and installed in the internal flow path The inconvenience of having to separate the entire pipe part 100 from the pipe line is caused.

However, when the pipe part 100 is configured separately in a form including a front end part 100a and a rear end part 100b, an effect of reducing the burden in the transfer process according to the weight may occur, and the manager may use the pipe line The effect of being able to manage and check the built-in magnetization unit 120 in a manner of separating only the rear end 100b occurs.

Therefore, it can be said that it is more preferable in terms of convenience of use that the pipe part 100 is configured separately in a form including a front end part 100a and a rear end part 100b.

At this time, as shown in FIG. 2, the rear end 100b may be configured in a straight line shape, installed in a form connected to the front end 100a in a general manner such as a bolt fastening method, or the front end 100a. ) can be disconnected while connected.

In addition, as shown in FIG. 3, the rear end 100b has an upwardly inclined first flow path formed with an inlet for the purpose of convenience in the management process, and a straight line formed with an opening and closing type opening. It can also be configured in a 'π' shape in which a downwardly inclined third flow path formed with the second flow path and the outlet is continuously formed inside, and is connected to the front end 100a in a general manner such as a bolt fastening method. It can be installed in a form or separated while connected to the front end (100a).

At this time, in the case where the rear end 100b is configured in a 'π' shape, it is not necessary to separate the rear end 100b from the pipe line for the purpose of managing and inspecting the built-in magnetizer 120. good effect will occur.

That is, in the case where the rear end 100b is configured in a 'π' shape, the built-in magnetization unit 120 is configured to be inserted into and installed in the straight second flow path, and the manager opens the opening of the opening and closing type. The built-in magnetizer 120 installed in the second flow path can be taken out and inspected, and can be installed in the second flow path for reuse.

Therefore, when the rear end 100b is configured in a 'π' shape, the state in which the entire pipe part 100 is installed in the pipe line is maintained and the built-in magnetizer as well as the scale collecting part 110 is maintained. The effect of being able to easily separate from the pipe part 100 to 120 and manage and inspect occurs.

In addition, a confirmation window 102 may be provided on one side of the outer circumferential surface of the pipe part 100 to allow a manager to visually check the state of the scale collecting part 110 from the outside.

Therefore, the administrator can easily check the amount of scale collected in the scale collecting unit 110 through the confirmation window 102, and only when management is needed, the whole or part of the scale collected in the pipe part 100 through the insertion port 101 can be separated from

And, on the other side of the outer circumferential surface of the pipe part 100, a drain 103 connected to the internal flow path is provided in a form including a valve, and is used for external discharge of foreign substances such as scale separated from the scale collecting part 110. can be used as

At this time, it is preferable that the drain hole 103 is formed below the insertion hole 101 where the scale collecting part 110 is installed in the opposite direction to the insertion hole 101 for discharging washing water and scale.

In addition, in connection with the configuration of the drain port 103 described above, the pipe part 100 may be configured in a form including a shut-off valve, thereby restricting the flow of water in the internal flow path to the drain port 103. By opening the valve, foreign substances such as scale can be discharged together with water.

At this time, the shut-off valve must be provided behind the insertion hole 101 and the drain hole 103 based on the direction in which water flows inside the pipe part 100.

And, based on the pipe part 100, the pipe line on both sides is composed of a bypass pipe having side pipes connected to each other, so that it is normally kept locked by a valve, but the flow of water inside the pipe part 100 In a restricted state, it is preferable to allow the flow of water to bypass the pipe part 100 by opening the valve.

In addition, the scale collecting unit 110 is a component of the present invention that collects scale contained in water in a primary (priority) manner using magnetic force in a state installed in the insertion hole 101 .

More specifically, as shown in FIGS. 4A and 4B , the scale collecting unit 110 includes a plurality of cylindrical covers 111a formed with hollows therein along the longitudinal direction, and a plurality of inner inlets in the cover 112a. It is provided in the form of forming a plurality of cylindrical covers (111a) is fixed to the insertion hole 101 in a detachable form so that the plurality of cylindrical covers 111a are inserted into the pipe part 100, and the lower body 110a supports the upper body 110b. ).

In addition, the scale collecting part 110 is composed of a lid 111b having a handle at the top and a plurality of magnetic bodies 112b provided at the bottom of the lid 111b, and the plurality of magnetic bodies 112b are It may be configured in a form including an upper body 110b installed above the lower body 110a in a form inserted into a plurality of cylindrical covers 111a.

That is, in the scale collecting part 110, the lower body 110a is preferentially installed in a form in which a plurality of cylindrical covers 111a are inserted into the pipe part 100, and the inside of each of the plurality of cylindrical covers 111a The upper body 110b may be installed in the insertion hole 101 of the pipe part 100 as shown in FIG.

At this time, the lower body 110a is installed in such a way that the insertion hole 101 of the pipe part 100 is fitted to the cover 112a or the cover 112a is screwed or clamped to the insertion hole 101. The upper body 110b may be fastened to the lower body 110a by means of screw fastening or clamp fastening, but may also be installed by simply being seated on the lower body 110a.

In addition, as shown in FIG. 6, the upper end of the lower body 110a and the lower end of the upper body 110b have magnets 113a and 113b corresponding to each other at positions corresponding to each other. It may be configured to enable coupling by external force and separation by external force.

Therefore, the scale collecting unit 110 can be firmly fixed and installed in the insertion port 101 of the pipe unit 100 in a simple manner, and the entire scale can be easily separated from the installed state or the upper body 110b can be easily separated by itself. can be separated

At this time, the cylindrical cover (111a) is characterized by being composed of a metal material such as aluminum or stainless steel, which is less efficient in shielding the magnetic field and resistant to corrosion, and the strength of the magnetic field by the magnetic body (112b) installed in the inner hollow is the scale It is preferable that the thickness is formed as thin as 5 mm or less so that it can be sufficiently formed for the purpose of collection.

In addition, the cylindrical cover 111a should be configured with a length that allows the end to sufficiently enter the inner flow path of the pipe part 100, and the number of the covers is different in consideration of the size of the pipe, but the decrease in flow velocity is minimized. It should be constructed with a diameter that can be used and the collection effect of the scale can be maximized.

In addition, the cylindrical cover 111a is formed with a distance of 1/3 or more of the diameter but less than 2/3 of the diameter in consideration of the effect of the decrease in flow rate according to the amount of scale collected by the magnetic force and attached to the outer circumferential surface. desirable.

Therefore, even when the amount of scale attached to the outer circumferential surface of the cylindrical cover 111a is maximized by magnetic force, a sufficient space for smooth flow of water can be formed between the cylindrical covers 111a.

In addition, in connection with the above configuration, the magnetic body 112b is also configured with a diameter and length capable of filling the entire hollow inside the cylindrical cover 111a, so that a magnetic field of sufficient strength and range for collecting scales is generated in the cylindrical cover 111a. ) is preferable to be formed around.

According to this configuration, the scale collecting part 110 can effectively collect the scale included in the water flowing along the internal flow path in a state installed in the insertion port 101 of the pipe part 100, and the cylindrical cover 111a ), the size of the scale layer formed on the outer circumferential surface increases to the maximum so that the problem of lowering the flow rate in the internal passage does not occur even in a state where scale cannot be collected any more.

On the other hand, the scale collecting part 110 can remove the scale formed on the outer circumferential surface of the cylindrical cover 111a in the following two ways in a state where the entire scale is installed in the insertion hole 101 of the pipe part 100. can

That is, the manager may separate only the upper body 110b alone in a state in which a part of the internal flow path is closed using a shut-off valve provided in the pipe part 100 .

At this time, the scale collected on the outer circumferential surface of the cylindrical cover 111a due to magnetic force falls down at once due to loss of magnetic force as the magnetic material 112b is separated from the lower body 110a, and the drain hole 103 is opened. When mixed with water, it can be discharged to the outside.

In addition, the manager separately separates the lower body 110a and the upper body 110b in a state in which the scale collecting unit 110 is simultaneously separated from the pipe unit 100, thereby collecting the scale collected on the outer circumferential surface of the cylindrical cover 111a. This loss of magnetic force can cause them to fall at once.

As such, the present invention presents the configuration of the cylindrical cover 111a used for the purpose of the cover of the magnetic body 112b, thereby significantly reducing the time required to remove the scale collected by magnetic force. effect occurs.

In addition, the built-in magnetization unit 120 magnetizes water using magnetic force in a state where the entirety is inserted into the internal flow path of the pipe unit 100, and the scale included in the water is secondary (subordinate). It is a composition of the present invention to be collected as.

More specifically, as shown in FIG. 7, the built-in magnetization unit 120 includes an outer ring 121a in which a plurality of fastening holes are formed at regular intervals, an inner ring 121b in which a through hole is formed in the center, and a radial It is formed and characterized in that it is configured in a form including a pair of fixtures 121 comprising a plurality of supports 121c connecting the outer ring 121a and the inner ring 121b.

In addition, as shown in FIG. 8A, the built-in magnetization unit 120 forms a constant distance from each other and includes a plurality of magnetic rods 122 fixedly installed between the pair of fixtures 121 using fastening holes. It is characterized in that it is composed of a form containing.

And, as shown in FIG. 8A, the built-in magnetization part 120 is composed of a cylindrical shape in which a screw-shaped vortex forming part 123a is formed on a part of the outer circumferential surface, so that each of the pair of fixtures 121 penetrates It is characterized in that it is configured in a form including a central rod 123 installed in a form penetrating the hole at the same time.

That is, the built-in magnetization unit 120 is configured separately as described above, but as shown in FIG. 8B, the whole can be assembled in one form using the pair of fixtures 121, and FIG. 9 As shown in FIGS. 10A and 10B , it may be inserted and installed into the internal flow path through the outlet or opening of the pipe part 100 in an assembled state.

At this time, the outer ring 121a has a plurality of protrusions having rounded ends protruding with the same length in the opposite direction from the center of the outer ring 121a, so that a plurality of protrusions fixed by a pair of fixtures 121 are formed. It is possible to prevent the magnetic rod 122 from adhering to the inner wall of the pipe part 100 .

Therefore, in the form shown in FIG. 9, the water flowing along the inner flow path of the pipe part 100 passes through the space between the outer ring 121a and the inner ring 121b constituting the fixture 121, It flows inside the plurality of magnetic rods 122 or flows between the outer ring 121a and the inner wall of the pipe part 100 and flows on the outside of the plurality of magnetic rods 122, and in the process can be magnetized by magnetic force. there is.

However, this is not always the case, and as shown in FIGS. 10A and 10B, the pipe portion 100 has a front end portion 100a including the insertion port 101 and a rear end portion 100b configured in a 'π' shape. In the case of including, the flow direction of the water supplied to the built-in magnetized part 120 may be formed differently according to the length of the second flow path.

And the central rod 123 serves to reduce the area of the inner space formed by the plurality of magnetic rods 122, and at the same time allows the vortex flow to be formed by the vortex forming unit 123a.

Therefore, inside the built-in magnetization unit 120, a vortex is formed in an outward direction by the vortex forming unit 123a, resulting in the same effect as expanding the range of magnetic force by the plurality of magnetic rods 122. will occur

As a result, the built-in magnetized part 120 magnetizes water in a state where the entirety is inserted and installed into the internal flow path through the outlet of the pipe part 100, and the magnetized water has an induction polarity, resulting in solvency, penetration, By having reducing power, corrosion inside the pipe line can be prevented, and the effect of suppressing the occurrence of scale occurs.

In addition, the built-in magnetizer 120 can effectively collect the scale included in the water that the scale collector 110 cannot collect, and in connection with this configuration, one side of the outer circumferential surface of the pipe part 100 A confirmation window 102 may be provided so that a manager can visually check the state of the built-in magnetizer 120 from the outside.

The embodiments introduced above are provided as examples so that the technical idea of the present invention can be sufficiently conveyed to those skilled in the art to which the present invention belongs, and the present invention relates to the above-described embodiments. It is not limited and may be embodied in other forms.

In order to clearly explain the present invention, parts irrelevant to the description are omitted from the drawings, and in the drawings, the width, length, thickness, etc. of components may be exaggerated or reduced for convenience.

Also, like reference numbers indicate like elements throughout the specification.

100: piping → 100a: front end
→ 100b: rear end
→ 101: insertion hole
→ 102: confirmation window
→ 103: drain
110: scale collection unit → 110a: lower body → 111a: cylindrical cover
→ 112a: cover
→ 113a: magnet
→ 110b: upper body → 111b: lid
→ 112b: magnetic body
→ 113b: magnet
120: built-in magnetization part → 121: fixture → 121a: outer ring
→ 121b: inner ring
→ 121c: support
→ 121d: Protrusion
→ 122: magnetic rod
→ 123: central bar → 123a: vortex forming part

Claims (5)

An inlet is formed at one end, an outlet is formed at the other end, and an insertion port 101 connected to the internal flow path protrudes from one side of the outer circumferential surface (100);
A scale collecting unit 110 coupled to the insertion hole 101 and collecting scale by magnetic force; and,
A built-in magnetizer 120 that is entirely inserted into the inner flow path of the pipe part 100 to magnetize water for the purpose of preventing corrosion of the pipe and suppressing the generation of scale, and at the same time collecting scale with magnetic force; It is characterized in that it is configured to include,
The built-in magnetization unit 120,
An outer ring 121a in which a plurality of fastening holes are formed at regular intervals, an inner ring 121b in which a through hole is formed in the center, and a plurality of radially formed connecting the outer ring 121a and the inner ring 121b. A pair of fixtures (121) comprising a support (121c) of;
A plurality of magnetic rods 122 formed at regular intervals from each other and fixedly installed between the pair of fixtures 121 using fastening holes; and,
A screw-shaped vortex forming part (123a) is composed of a cylindrical shape formed on a part of the outer circumferential surface and installed in a form that simultaneously penetrates each of the through holes of the pair of fixtures 121 (123); Scale collecting device with a corrosion inhibiting function, characterized in that configured to include.
According to claim 1,
The pipe part 100,
Front end portion (100a) including the insertion port 101; and,
After being composed of a straight line shape or a 'π' shape in which an upwardly inclined first flow path, a straight line second flow path formed with an opening and closing type, and a downwardly inclined third flow path are formed continuously therein, end 100b; A scale collecting device having a corrosion inhibiting function, characterized in that configured to include.
According to claim 1,
The scale collecting unit 110,
A plurality of cylindrical covers 111a having hollows formed inside along the longitudinal direction are provided in the form of forming a plurality of inner inlets in the cover 112a, and the plurality of cylindrical covers 111a are connected to the pipe part 100. A lower body (110a) which is fixedly installed in a detachable form to the insertion hole (101) to support the upper body (110b) so as to be inserted into the; and,
It consists of a lid 111b having a handle at the top and a plurality of magnetic bodies 112b provided at the bottom of the lid 111b, and the plurality of magnetic bodies 112b are inserted into the plurality of cylindrical covers 111a. an upper body (110b) installed above the lower body (110a) in the form; A scale collecting device having a corrosion inhibiting function, characterized in that configured to include.
delete According to claim 1,
On the outer ring 121a of the fixture 121,
A plurality of protrusions (121d), which prevent the close contact between the plurality of magnetic rods 122 and the inner wall of the pipe part 100, have rounded ends and are formed to protrude with the same length. Device.

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